【文章內(nèi)容簡介】 出處】中外企業(yè)家，2009年第18期【原文】該數(shù)據(jù)庫提供19．【篇名】我國鉆井用化學(xué)品研究開發(fā)進展【作者】楊小華【出處】精細與專用化學(xué)品，2009年第24期【原文】該數(shù)據(jù)庫提供從序號1中選出兩篇20．【篇名】我國油田化學(xué)品的現(xiàn)狀與發(fā)展前景(一)【作者】郭東紅【出處】精細與專用化學(xué)品，2007年第13期【原文】該數(shù)據(jù)庫提供圖書序號檢索策略檢索結(jié)果 檢索評價1(所有字段=油田化學(xué)品 AND 應(yīng)用現(xiàn)狀 AND 發(fā)展趨勢)4篇查準(zhǔn)率25%2(所有字段=油田化學(xué)劑 AND 應(yīng)用現(xiàn)狀 AND 發(fā)展趨勢)1篇相關(guān)性差3(所有字段=水處理用化學(xué)品)9篇查準(zhǔn)率11%5(所有字段=三次采油用化學(xué)品)6篇查準(zhǔn)率33%6(所有字段=石油化學(xué)品)71篇范圍太大，相關(guān)性差7(所有字段=油田化學(xué)品 OR 油田化學(xué)劑)1篇查準(zhǔn)率100%8(所有字段=油氣開采用化學(xué)品)9篇查準(zhǔn)率22%9(所有字段=鉆井用化學(xué)品 AND 發(fā)展現(xiàn)狀 AND 發(fā)展趨勢)2篇相關(guān)性差10(所有字段=鉆井用化學(xué)品)32篇范圍太大，相關(guān)性差11(所有字段=提高采集率用化學(xué)品)0篇無相關(guān)內(nèi)容從圖書類序號1中選出1篇21．【書名】 油田化學(xué)品【作者】 劉繼德，牛亞斌主編【摘要】 本書共分三部分，主要闡述了油田化學(xué)品概論、各品類油田化學(xué)品的發(fā)展現(xiàn)狀及應(yīng)用開發(fā)等內(nèi)容。【出版】 中國教育出版社，2001年，255頁 Springer外文全文數(shù)據(jù)庫序號檢索策略檢索結(jié)果結(jié)果評價1全文檢索=石油化學(xué)品”petroleum chemicals”657條相關(guān)性一般2全文檢索=油田化學(xué)品 “oilfield chemicals”75條相關(guān)性很好3檢索詞=鉆井用化學(xué)品 “chemicals used in drilling”1條相關(guān)性一般從序號1中選出1篇22． 【外文題名】Technical progress in the petroleum refining and petroleum chemical industry【外文刊名】Chemistry and Technology of Fuels and Oils【作者信息】I. V. Kalechits【卷期頁碼】May 1965, Volume 1, Issue 5, pp 331–333【摘要】Workers in the petroleum and gas industry ! Increase production of petroleum and gas! Find petroleum and gas deposits more rapidly! (From the rallying cries of the Central Committee of the Communist Party of the Soviet Union, May 1。 1965.)【原文地址】從序號2中選出2篇23．【外文題名】Development of a Product Screening Protocol for Evaluating Environmental Effects of Oilfield Chemicals【文獻類型】Book Chapter【作者信息】J.D.Berg, S.Bakke, E.A.Vik , B.S.Nesg229。rd【卷期頁面】Volume 46 of the series Environmental Science Research pp 4557【摘要】North Sea operators are now faced with more stringent forthing regulations concerning usage and discharges of chemicals. The Paris Commission (PARCOM) Working Group on Oil Pollution (GOP) is trying to harmonize procedures for approval, evaluation, and testing of offshore chemicals and drilling muds. PARCOM has proposed that a series of tests covering toxicity testing of a marine algae and a marine copepod, biodegradation in seawater, and bioaccumulation are performed for all pounds in chemical products used in offshore production. The development of these regulations depends upon a more thorough understanding of the fate of chemical products during processing and discharge than we presently have. This affects economic and environmental aspects of chemical selection, process technology selection and daily offshore operation. The PARCOM proposed procedures, which are based on existing or proposed OECD or ISO standards, do not take into consideration that the chemicals used offshore are often slightly water soluble and plex mixtures of illdefined ponents, and that modification in procedure or special sample preparation is needed. Therefore Conoco Norway (CNI), in 1989, initiated the development of a products screening protocol for evaluation of environmental effects of oil field chemicals discharged to the marine environment. The protocol includes test procedures for determination of the oil/water partitioning of chemicals, the biodegradation and bioaccumulation potential of the chemicals, and to assess and classify plex chemical products according to environmental risk. In addition to the marine environment, the oil field chemicals can also reach the air, due to volatile fractions in the pounds and they can go to marine sediments. The test protocols developed should also take this information into account. In a plete test protocol, acute and chronic toxicity also need to be addressed. However, existing published biodegradation and toxicity test procedures for surfactants and nonwater soluble chemical products are not suitable, since homogeneous samples are very difficult to prepare, making reproducibility a significant problem.【原文地址】24． 【外文題名】Investigati